Sentence examples for reinforcement contributed from inspiring English sources

The reinforcement contributed by new phase forming on flexural strength is offset because of the additional dynamic loading.

The experimental results indicate that the Al2O3 reinforcement contributed to the macroscale wear-behaviour enhancement for composites with smaller wear rates compared to pure Al.

Because this was not a randomised controlled trial and lacked a uniform treatment protocol, biases may be responsible for the differences observed, but it is also possible that BSE education with annual reinforcement contributed to the breast cancer mortality reduction seen in one district.

Diamond (CD) is used as reinforcement contributing its high thermal conductivity (TC ≈ 1000 W mK−1) and low coefficient thermal expansion (CTE ≈ 1 ppm K−1).

The silicon content in the matrix connecting the particles to a network of hybrid reinforcement contributes essentially to the long term stability by an interpenetrating composite architecture.

Cell wall reinforcement contributes to the development of physical barriers through deposition of cell wall appositions at sites of pathogen detection as a common component of the PTI response [ 19, 38].

The use of cellulose nanofibers as reinforcement may contribute for improving particle packing and decrease the crack growth rate of composites at nanoscale.

The structure is especially suited for beams with multiple, large rectangular holes, where the LVL acts as a highly efficient internal reinforcement and contributes to a damage-tolerant ultimate load behavior.

In addition, by relocation of plastic hinge zone from column face to beam region, the diagonal reinforcement would contribute to the ductility of beam-column connection when considering that plastic hinges are usually formed in the critical section near column face which may result in a brittle failure.

The proteomics analysis revealed rapid host responses to the biotrophic growth, including enhanced carbohydrate metabolism, apoplastic defenses and stress, and cell wall reinforcement, might contribute to resistance.

This cell wall reinforcement could contribute to the development of physical barriers hampering the expansion of M. pinodes within the P665 tissues or reducing the diffusion of pathogenic toxins.